Sentence examples for more realistic dynamics from inspiring English sources

System (1.1) is capable of producing far richer and biologically more realistic dynamics.

Autoregressive integrated moving average model (ARIMA) and seasonal autoregressive integrated moving average (SARIMA) models are extensions of ARMA class in order to include more realistic dynamics, in particular, respectively, non-stationarity in mean and seasonal behaviors (Behnia and Rezaeian 2015).

We also compared the model output against results from a run of LISFLOOD-FP in which the sub-grid channel parameterization was disabled, finding that the sub-grid parameterization simulated more realistic dynamics.

A multi-scale framework is proposed for more realistic molecular dynamics simulations in continuum solvent models by coupling a molecular mechanics treatment of solute with a fluid mechanics treatment of solvent.

They also illustrate the risk of a reductionist model focusing only on one individual haplogroup without considering more realistic population dynamics; groups of individuals - not just specific lineages - move from one population to another in the presence of a real gene flow, and the mechanisms of diffusion of cultural knowledge may have also differed over time and geographic area.

Including more realistic population dynamics through spatial structure provides further invasion criteria.

Many important parameters that will influence the spread of a transgene over a wild population have been omitted, such as more realistic population dynamics, seed banks, long-distance pollen dispersal, and heterogeneity in the selection pressure.

If more realistic physical dynamics are desired for the mitotic process, physical constraints can be imposed on some of the elements, for example by defining the spindle axis in the cell and then using it to construct a plane of separation for the two daughter cells.

Especially, the results may more closely resemble realistic dynamics than integer-order systems [17].

An additional morphogen was introduced to the 1 D extended model to simulate more realistic cell-level dynamics along the central root axis, including cell growth and cell division.

While these two forms of simulation (explicit QTL simulation vs. single-locus fixed- s simulation) cannot be exactly calibrated to match one another, the qualitative result that the explicit QTL simulation is capturing more complex and realistic dynamics motivated our use of QTL-based simulations for assessing power and experimental design choices going forward.